CN108274615B

CN108274615B - Do not dry thick liquid bucket

Info

Publication number: CN108274615B
Application number: CN201810089554.1A
Authority: CN
Inventors: 谢伟藩; 段鳗珊
Original assignee: GUANGDONG HEGII SANITARY WARES CO LTD
Current assignee: GUANGDONG HEGII SANITARY WARES CO LTD
Priority date: 2018-01-31
Filing date: 2018-01-31
Publication date: 2023-04-18
Anticipated expiration: 2038-01-31
Also published as: CN108274615A

Abstract

The invention discloses a non-dry pulp barrel, which comprises: dress water dustcoat, elastic membrane, dress thick liquid bucket, surperficial dress water volume, yielding dress water-jug, dress water volume all around, dress thick liquid volume, grout discharging pipe, advance the thick liquid pipe, the key feature is that the periphery of dress thick liquid bucket is surrounded by the water that dress water dustcoat, elastic membrane held respectively to the mud moisture in the dress thick liquid bucket volatilizees and influence the performance of mud, thereby has solved the problem that back cage mud is many well, the water yield of washing thick liquid bucket can't be controlled and alleviate workman intensity of labour.

Description

Do not dry thick liquid bucket

Technical Field

The invention relates to a sanitary appliance production tool, in particular to a non-drying slurry barrel, wherein the periphery of the slurry barrel is respectively surrounded by a water containing outer cover and water contained by an elastic membrane so as to prevent the slurry in the slurry barrel from volatilizing to influence the use performance of the slurry.

Background

The production process of sanitary ware is different from daily ceramic and building ceramic, and the production tools are completely different. The mud blank of the sanitary ware is formed by absorbing the water in the mud by utilizing the water absorption performance of the gypsum mould. The slurry is very thin and has good fluidity, otherwise the residual slurry can not flow out.

The slurry barrel enters a forming workshop of a sanitary ware factory, and a large slurry barrel is hung in the air on each station. The mud inside can form a layer of crust on the surface within a few hours, and workers must add water to the surface at intervals. After the grouting process is finished, workers need to drain the residual grout and wash the grout barrel clean, so that the grout can be added again on the next day.

The problems come: the mortar bucket hung in the midair is climbed up and down at times for adding water, so that workers waste time and labor; the concentration of the slurry filled with water is not standard, and the quality of the blank is affected; too much returning mud is caused by discharging the residual mud, and the production cost is increased; the water for washing the pulp barrel flows into the returning pulp, so that the concentration of the slurry in the total slurry tank is changed randomly; the workload of cleaning the pulp barrel, removing the residual pulp and adding the pulp again is very large.

How to solve the above problems is discussed below.

Disclosure of Invention

The invention relates to a sanitary appliance production tool, in particular to a non-drying slurry barrel, wherein the periphery of a slurry barrel is respectively surrounded by water contained in a water containing outer cover and an elastic film so as to prevent slurry in the slurry barrel from volatilizing to influence the use performance of the slurry.

In view of the above technical problems, the present invention is to provide a non-drying pulp bucket having the following structure, the non-drying pulp bucket including: dress water dustcoat, elastic membrane, dress thick liquid bucket, surface dress water volume, yielding dress water-jug, dress water volume all around, dress thick liquid volume, grout discharging pipe, advance thick liquid pipe, its characterized in that: the periphery of the slurry containing barrel is respectively surrounded by the water contained by the water containing outer cover and the elastic membrane, so that the influence on the use performance of the slurry caused by the volatilization of the water content of the slurry in the slurry containing barrel is avoided.

Compared with the existing common pulp bucket in the market, the non-drying pulp bucket has the following advantages:

1. the labor intensity of workers is reduced. The pulp barrel arranged in the midair has a height of nearly 4 meters, and water adding, pulp discharging and cleaning all need to climb up and down, thereby wasting time and energy. After the slurry barrel is applied, the water in the slurry can not volatilize, and the problems of timing water adding, slurry discharging and slurry barrel washing are solved. If a quantitative automatic slurry adding device is added, the continuous slurry adding process is not needed. Of course, the surface and ambient volumes of water must also evaporate, but the addition of water can last for tens of days or even months. If there is further interest, it can be designed to add water automatically.

2. The returning mud is reduced. The sanitary ware slightly larger is provided with hundreds of pairs of forming workers, namely hundreds of pulp barrels. The total amount of mud in each slurry is large, namely 50 kg of returned mud. The slurry processing procedure is complex and the requirement of concentration standard is strict. The residual pulp must be returned to the vat every day by using a common pulp vat, and the production cost is increased. After the slurry-filling barrel is applied, slurry cannot be dried, residual slurry is not discharged, and the residual slurry is left in the slurry-filling barrel for later use, so that no returned slurry from the slurry-filling barrel exists.

3. The slurry concentration standard is ensured. And the number of stations is increased, and accidents always occur. Each time the pulp barrel is flushed, about 10-15 liters of water are used, which is a general regulation of water consumption in the factory. However, the operating speed and the standard are different for each person. The water is more, the pulp in the next day is very thin, and the situation happens occasionally in a factory and is also a first problem of a forming management department. After the slurry barrel is applied, the slurry barrel does not need to be washed, and the problem is naturally eliminated.

Drawings

Embodiments of the present invention will be described below with reference to the accompanying drawings.

FIG. 1 is a schematic diagram of an embodiment of the present invention.

In the figure: the mortar filling machine comprises a water filling outer cover, 2-an elastic membrane, 3-a mortar filling barrel, 4-a surface water filling volume, 5-an easily-deformed water filling bottle, 6-a surrounding water filling volume, 7-a mortar filling volume, 8-a mortar discharging pipe and 9-a mortar inlet pipe.

Detailed Description

Fig. 1 shows a specific embodiment of the no-dry pulp bucket of the present invention. The gap between the water containing outer cover 1 and the pulp containing barrel 3 is a water containing volume 6 around. The upper middle part of the pulp containing barrel 3 is provided with an elastic membrane 2, the upper part is provided with a surface water containing volume 4, and the lower part is provided with a pulp containing volume 7. An easily-deformed water filling bottle 5 is arranged above the water containing volume 6. The slurry discharging pipe 8 and the slurry inlet pipe 9 are communicated with the slurry filling barrel 3.

In operation, the slurry occupies about three quarters of the volume of the bucket 3, the water occupies about one quarter of the remaining volume, separated by the flexible membrane 2.

When slurry is added to about three-fourths of the volume of the slurry containing barrel 3, the elastic membrane 2 can be flattened, and water contained in the surface water containing volume 4 is just level with the barrel opening of the slurry containing barrel 3.

When less slurry is added to the slurry tank 3, the elastic membrane 2 is naturally pressed down by the water contained in the surface water containing volume 4.

When the water containing outer cover 1 becomes small due to the external volatilization of water for a long time, the water in the water containing volume 6 around becomes small, the easy-deformation water containing bottle 5 can naturally supplement water to cause self deformation.

It is needless to say that the pulp bucket of the present invention can be changed or modified in many ways, and is not limited to the specific structure of the above-described embodiment, such as the design of the outer cover of the pulp bucket and the various changes of the installation position of the elastic membrane. In summary, the scope of the present invention shall also include those exchanges, substitutions and modifications that are obvious to one of ordinary skill in the art.

Claims

1. A no-dry pulp bucket comprising: dress water dustcoat, elastic membrane, dress thick liquid bucket, surperficial dress water volume, yielding dress water-jug, dress water volume all around, dress thick liquid volume, grout discharging pipe, advance thick liquid pipe, its characterized in that: the clearance part between dress water dustcoat (1) and dress thick liquid bucket (3) is adorned water volume (6) all around, the well upper segment structure of dress thick liquid bucket (3) elastic membrane (2), upper portion is surperficial dress water volume (4), the lower part is dress thick liquid volume (7), put thick liquid pipe (8), it links to each other with dress thick liquid bucket (3) to advance thick liquid pipe (9), when using, the periphery of dress thick liquid bucket (3) is by dress water dustcoat (1) respectively, the flourishing water of elastic membrane (2) surrounds, volatilize and influence the performance of mud to the mud moisture in the dress thick liquid bucket (3).